Category Archives: Astrobotic

Friday / 13 Jun 2025

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Astrobotic Lunar Rover Ready to Go, Passes All Tests

CubeRover-1 ready 18 months early says project manager / lead mechanical engineer Andrea Davis of Astrobotic, Pittsburgh, who praises team, notes 16 years of development, US$20M+ cost for 4kg rover; 37 funders including Canadian Space Agency under Lunar Exploration Accelerator Program, and NASA Small Business Innovation Research award; rover has thermal-vacuum / electromagnetic survivability, software / communications compatibility; will fly on Griffin Mission One NET Nov with Astrolab ~500kg FLIP Rover, to land near Moon South Pole at Nobile Crater, 85°S

Credits: Astrobotic; Pictured CW: Griffin One lander, Andrea Davis with CubeRover, CubeRover team

Friday / 23 May 2025

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Astrobotic Announces Power Technology Breakthrough for Surviving Lunar Night

 Wireless charging is now commercially available for space applications, furthering Astrobotic goal “to make space accessible to the world”; 125W of power to rovers or astronaut-held tools will transfer from lander or Vertical Solar Array Technology platform, whether covered in 4cm of regolith dust, at -180°C, vibrating, or in an electromagnetic field with virtually no atmosphere; Astrobotic led WiBotic, Bosch, University of Washington and NASA Glenn in development, for ~54 months, under US$5.7M NASA Tipping Point contract; 400W system is in the works

Credits: Astrobotic

Tuesday / 6 May 2025

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Astrobotic Technology Aims for Moon Landing by Dec 2025

Astrobotic Griffin-1 lunar lander Guidance, Navigation and Control (GNC) technologies critical for soft Moon landing show themselves reliably successful in Mojave CA test; rocks / small craters down to 15 cm detected and avoided by camera and LiDAR, in Hazard Detection and Avoidance and Terrain Relative Navigation systems; scan area ~1,000,000 sq m (>2,200 football fields) allows safest specific site and landing accuracy within 50 m radius; landing expected in Nobile region near Moon South Pole with Astrolab FLIP rover by end of 2025

Credits: Astrobotic Technology, NASA

Friday / 28 March 2025

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Lunar Commercial Communications Now and in the Future

Astrobotic Griffin-1 Moon lander, NET late 2025, will carry a Stamper Technology NanoFiche device with movie Miracle on 34th Street, Long Now world language translator and portions of Lunar Codex, et al.; aiming for a multimillion-year archive of human achievement, the device is made to survive thermal, mechanical and radiation extremes; Intuitive Machines (IM) and Kongsberg Satellite Services (KSAT) are using NASA awards from a US$4.82B fund to build lunar communications commercial services, IM working with York Space Systems to build relay satellites, and KSAT with CPI Vertex Antennentechnik to build 20-meter Earth antennas expected to be operational late this year

Credits: Astrobotic, Stamper Technology, IM, KSAT, NASA

Friday / 24 January 2025

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Moon Landers On-Track and Planned for 2025

Firefly Blue Ghost reporting nominal operations and receiving signals from 331,000+ km distance, projected lunar landing 2 Mar; ispace lander Resilience to attempt mission Milestone 5 lunar flyby ~15 Feb after reaching 1.1M km apogee, Moon touchdown earliest date 15 May; if Intuitive Machines IM-2 launches on planned date of 26 Feb, landing expected 6-7 Mar; Blue Moon Pathfinder to launch on Blue Origin New Glenn as early as summer 2025, while Astrobotic Griffin could launch in fall

Credits: SpaceX, ispace, Firefly Aerospace, Blue Origin, Astrobotic, Intuitive Machines

New Year Edition
Friday-Monday
20 Dec 2024 – 6 Jan 2025

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Commercial Companies Preparing Lunar Landers for Launches Within 1-9 Months

 ispace, inc. (Tokyo: 9348) announced 10 Mission 2 milestones planned January to June 2025 for Resilience lander with commercial payloads and NASA project (to collect / image regolith) at Mare Frigoris ~60.5° N; aboard the same Falcon 9 will be Firefly Aerospace Blue Ghost Mission 1, expecting touchdown ~March at Mare Crisium, 17° N, with 10 payloads from NASA, enterprise, academia; in February, Intuitive Machines (Nasdaq: LUNR) plans IM-2 launch via Falcon 9, arriving ~7 days later to Mons Mouton to prospect for water ice; Blue Origin Blue Moon Mark 1 lander set to launch NET March on Blue Origin New Glenn rocket, carrying 3,000 kg of payloads; Astrobotic Griffin Mission One, flying NET Fall 2025 to Nobile Region, ~85° S, will carry MoonBox™ payloads for individuals

Credits: (clockwise from upper left) ispace, SpaceX, Astrobotic, Intuitive Machines, NASA photo of Blue Origin lander, Firefly Aerospace

Tuesday / 8 October 2024

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Astrobotic Working Toward 2025 Lunar Landing, Advancing Pittsburgh Infrastructure

Astrobotic Griffin lunar lander to launch on SpaceX Falcon Heavy NET September 2025 for Griffin Mission One; Griffin lander, built in Pittsburgh, will communicate via NASA JPL Deep Space Network antennae in Australia, Spain, California; 7 minutes after Florida launch, Polaris was photographed over skyline by Dustin McGrew, called “extraordinary” by Astrobotic founder William ‘Red’ Whittaker; University of Pittsburgh now has ‘Pitt Space,’ promotes research, offers graduate certificate; Astrobotic received NASA award to build solar array for Moon power infrastructure ~17x human height

Credits: Astrobotic, Dustin McGrew

Weekend Edition
Fri-Mon / 19-22 Jan 2024

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Astrobotic Looking Forward as Intuitive Machines Prepares its Effort to Land First Commercial Mission on Moon

The first attempted USA commercial lunar lander has returned to Earth, reentering over the South Pacific with undetermined wreckage possibly resting near 23.087°S, 176.594°E ~450 km south of Kadavu (Fiji) and east of Aneityum (Vanuatu) Islands; Despite propellant leak which prevented Moon landing, “There’s a lot that worked” on Peregrine Mission 1, Astrobotic CEO John Thornton told media at joint NASA press conference, while the final mission update declares Peregrine has flown so Griffin may land; Intuitive Machines IM-1 is the next (of up to 9) scheduled CLPS missions, with Nova-C launch window set to open NET 11 Feb; CEO Steve Altemus envisions infrastructure business model “where the company plays the same role as highways, railroads, and shipping lanes are for Earth, but at the moon [sic]” per interview with Spectrum News in Orlando

Credits: Astrobotic

Tuesday / 16 Jan 2024

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Peregrine Set for Controlled Reentry into Earth Atmosphere as Astrobotic Works to Collect Data from Payloads

Now ~350,837 km from Earth, Peregrine Moon lander on 8th day of operation in cislunar space is in stable condition with propellant leak ‘practically stopped‘ as Astrobotic and USA government agencies work to determine trajectory for Earth reentry expected NET 18 Jan, although Astrobotic reserves right to determine final flight path independently; 10 payloads continue to receive power despite inability to conduct long duration corrective maneuvers; Joint press conference with NASA discussing mission set for 18 Jan 12:00 EST, which may shed light on Dynetics-built propulsion system valve anomaly

Credits: Astrobotic

Tuesday / 9 Jan 2024

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11 Days to SLIM Lunar Landing Attempt as Astrobotic Troubleshoots and Intuitive Machines Preps for NET Feb Launch

JAXA SLIM tightening 6.4 hour / 600 x 4,000 km elliptical lunar orbit ahead of maneuvers which are to bring landing craft to 15 x 600 km pre-landing orbit by 19 Jan JST ahead of 20 Jan 12:20 JST (19 Jan 10:20 EST) landing attempt which will employ unique horizontal landing strategy with goal of 100-m landing accuracy; Astrobotic team reestablish Peregrine communication and electrical power following successful ULA Vulcan Centaur launch and subsequent orientation anomaly, reconfiguration of mission may limit operations to lunar orbit and/or transit; Intuitive Machines NOVA-C set to be NASA CLPS next ‘shot on goal’ launching within multi-day window opening mid-Feb

Credits: JAXA, Astrobotic